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About

Aiste Balciunaite is an emerging researcher at the cutting edge of biohybrid robotics and tissue engineering, with work spanning skeletal muscle bioactuation, cardiac tissue fabrication, and closed-loop robotic control systems. Her research addresses a fundamental challenge in the field: harnessing living biological tissues as functional, controllable actuators for next-generation soft robots and biomedical applications. Among her most significant contributions is pioneering sensor-embedded muscle systems that enable proprioceptive, closed-loop control in biohybrid robots — a major leap beyond traditional open-loop bioactuation strategies, garnering 18 citations since 2024. Her work on multidirectional filamented light biofabrication has advanced the creation of 3D cardiac tissues with precisely controlled cellular alignment and contractility (13 citations), while her research on multicellular muscle-tendon bioprinting tackles the persistent challenge of inefficient force transfer in biohybrid actuators (12 citations). She has also developed perfusable skeletal muscle tissue designs that support cell survival at centimeter scale, critical for realistic physiological modeling. With most of her key publications appearing in 2024–2025 and already accumulating strong citation counts, Balciunaite represents a dynamic young voice pushing the boundaries of living machines and regenerative bioengineering.